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R E CE I ITE 0 .._ NOV 1 5 2016 Cill Of-FIGARO BUILDEV, 911710N SCHOLLS BLDG C HVAC 10120 SW Nimbus Ave Tigard, OR 97223 CITY OP TIGARD REVIEWED FOR 1,4 ) COMPLIANCE ppved: i: Aro STRUCTURAL CALCULATIONS arc: / - I Pertnit#: _ A, ...- )._-,2c4 4.-6 -z---?..k___ VLMK Project Number:20160652 Address: " rio 411TIZIPio ".. , , . cap ( ' Suite th ' BY: —7-11k.4.,:! Date: 1 , Reitmeier Mechanical 19570 SW 90th Court OFFICE COPY Tualatin,OR 97062 'gkiCTLiAi 4 4i tp 411 i p t — 14/16 ` •'EGON cv 9,1, -'• /5 + ,x\> °N C. S ' EXPIRES: 6/30/20 18 to 11 L II K Prepared By: Leandro Pimento,E1T , v v November 14,2016 ENGINEERING + DESIGN Structural Calculations Scholls Bldg C FIVAC DC-1 Project: Scholls Bldg C HVAC Project Number: 20160652 Project Address: 10120 SW Nimbus Ave Document: Structural Calculations for Tigard, OR 97223 Building Permit TABLE OF CONTENTS Design Outline and Criteria DC-1 thru DC-2 Structural Details S-1 thru S-3 Structural Cafculatiaras- C-1 thru C-5 Reference Information R-1 thru R-3 DESCRIPTION OF PROJECT The 'Scholls Bldg"C HVAC project consists©f ttie replacement of a HVAC roof top unit(RTU) and curb. The scope of this cdteotation evaludtes theexisting s riiclur'al (purlin) members for the additional loading, as well as the attachment of the new units to resist wind and seismic forces. 6 Acnd2016\:20160652\Calculations\20160652 D( duct- 3933 ucx3933 591 Kelly Avenue Portland,OR 97239 tel:503.222.4453 fax:503.243.9263 WWI.vlmk.COM Structural Calculations:Scholls Bldg C NTC DC-2 CODES 2014 Oregon Structural Specialty Code (Based on the 2012 International Building Code) DESIGN LOADS Live Loads Roof Snow Load Flat Roof Snow Load, Pr 25 psf Snow Drift As Required Dead Loads Roof(Panelized) Roofing (existing) 4.0 psf Insulation 1.5 psf Sheathing (5/8" plywood) 1.8 psf Sub-purlins (max 2x4 at 12") 1.2 psf Joists 3.0 psf Girders 1.0 psf Mechanical and Electrical 1.0 psf Miscellaneous 1.5 psf Total Roof Load 15.0 psf Additional Loads HVAC RTU 304 lbs New Curb 70 lbs Wind Basic Wind Speed (3-second gust) 120 mph Wind Importance Factor, lW 1.0 Occupancy Category II Wind Exposure B Seismic Location Latitude 45.44636 Longitude -122.78795 Seismic Importance Factor, le 1.0 Risk Category II Mapped Spectral Response Accelerations S5= 0.974 S, = 0.424 Site Class D Spectral Response Coefficients Sds = 0.721 Sd r = 0.446 Seismic Design Category D Component Anchorage Factors aP RP IP Hanging HVAC Equip 2.5 6.0 1.0 G icad2Ol6s?0160652\Calculatiov40160652 DC.docs 3933 SW Kelly Avenue Pordnnd,OR 97239 tel:503.222.4453 fax:503.248.9263 www.vlrnkrorn (E)2x4 SUB-PURLINS AT 16"O.C.,TRIM AND RE-SUPPORT AS REQ'D (E)GLULAM BEAM NEW HVAC UNIT TO BEAR--0- " I '1//,' � �, ' � NEW OR EXISTING 2x4,USE ON NEW OR EXISTING FRAMING ON ALL CORNERS r HANGERSIMPSON'HU26'FACE MOUNT (WEIGHT-374#) • MOUNT EACH END VERIFY EXISTING FRAMING UNDER MECH. UNIT SUPPORT EDGES AS SHOWN.PROVIDE - ADDITIONAL 2x4 FRAMING PER SECTION A z z cc cc J J a a v � t 2x4 STITCHED TOGETHER (N)CURB WITH 16d AT 12"O.C. 2x4 x 1'-6"SECURED WITH (4)-16d STAGGERED 4 NOTE: X11 VERIFY PLACEMENT OF UNIT AS SHOWN.NOTIFY ENGINEER IF EXISTING ' • CONDITIONS ARE OTHER THAN SHOWN. • • SECTION et ENLARGED TYPICAL FRAMING PLAN 1/4"= 1'-0" VYV SCHOLLS BLDG C HVAC 20160652 11/2016 10120 SW NIMBUS AVE LSP JCSLM K TIGARD,OR 97223LCSENGINEERING + DESIGN PARTIAL FRAMING PLAN S-2 933 SW Kelly Avenue Portland,Oregon 97239 I tel 503.222.4453 I fax 503.248.9263 I www.vlmk.com r -4----UNIT CASING UNIT BASE AND BASE RAIL SECURE ANCHOR TO UNIT WITH (4)#10 x 1/2"TEK SCREWS I i. SECURE ANCHOR TO CURB WITH(4)#10 x 1/2"TEK A SCREWS,TYPICAL WOOD NAILER 16 GAUGE STEEL'CANFAB' 1.4 OR EQUAL ANCHOR,(4) UNIT MOUNTING CURB BY UNIT TOTAL,(1)EACH CORNERMANUFACTURER(14"HEIGHT) ON LONG SIDES OF UNIT MINIMUM 2x P.T.LEVEL GALVANIZED SHEET METAL PLATFORM BY CONTRACTOR COUNTER FLASHING t<I EXISTING ROOF SHEATHING, REMOVE UNDER UNIT AS REQUIRED ///////////////// li . SECURE CURB TO SUPPORT FRAMING WITH#14 WOOD SCREWS AT EACH CORNER AND AT 2'-0"O.C. SUPPORT FRAMING PER PLAN MAXIMUM SPACING,SCREWS MUST BE LONG ENOUGH TO PENETRATE SUPPORT FRAMING 2"MINIMUM 01 HVAC CURB DETAIL S_3 1 1/2"=1'-0" SCHOLLS BLDG C HVAC 20160652 1112016 10300 SW NIMBUS AVE LSP JCS TIGARD,OR 97223 IVVil LM KENGINEERING + DESIGN HVAC CURB DETAIL S-3 SW Kelly Avenue Portland,Oregon 97239 I tel:503.222.4453 I fax:503,248.9263 I www.vlmk.com 1 yvumic Project: SCHOLLS BLDG C labra: 20160652 By: LSP Date: 11/2016 Sheet 4t: C-1 ENGINEERING+DESIGN HVAC SCHOLLS BLDG C RTU-6 SUPPORT DESIGN 1.Gravity design loads: 1.1. Dead load: 1.1.1. Existing roof: Wr00f:=15 psf (conservative) 1.1.2. New RTU: PCU:=304 lbf 1.1.3. New curb: Pcurb:=70 lbf 1.2. Snow load: Wmou,:=25 psf 2.Check existing purlins: 2.1. Member: 4x14 DF#2 2.1.1.Width: b:=3.5 in 2.1.2. Height: h:=13.25 in 2.1.3. Length: L:=20 ft 2.2.Section modulus: S1:=b•h2 +6=102.4 in3 2.3.Tributary length: T:=8 ft 2.4.Allowable bending stress: Fb:=1750 psi (historic value-1980) 2.5. Load duration factor: CD:=1.15 (snow load) 2.6.Allowable bending moment: M.:=CD•Fb•S,=17.2 kip•ft 2.7. Moment demand: 2.7.1. Due to existing roof: Mroaf:=Wraaf•T•L2=8=6.0 kip•ft 2.7.2. Due to snow load: Mgneim:=Wm,•T•L2=8=10.0 kip•ft 2.7.3. Due to equipment load: 2.7.3.1 Location of load: a:=3 ft (estimated from aerial image) 2.7.3.2 Moment: Mequip:=(PRTU+Pcurb)•a•(L—a)=L=1.0 kip•ft 2.7.4.Total moment demand: MAsD:=Mraof+Menem,+Mcqutp=17.0 kip-ft 2.8. Member bending capacity check: if(M,sD<Ma,"OK","NG")="OK" 3933 9V Kerry Avenue Portion&OR 97239 tel: 503.222.4453 fat: 503.2439263 wva,.vlrnk.turn l r V L M K Project: SCHOLLS BLDG C Job It 20160652 By: LSP Date: 11/2016 Sheet u: C-2 ENGINEERING 4 DESIGN HVAC 3.Check existing sub-purlins: 3.1. Member: 2x4 3.1.1.Width: b:=1.5 in 3.1.2. Height: h:=3.5 in 3.1.3. Length: L:=8 ft 3.2.Section modulus: Sz:=b•h2 :6=3.1 in3 3.3.Tributary length: T:=16 in 3.4.Allowable bending stress: Fb:=1750 psi (historic value-1980) 3.5.Adjustment factors: 3.5.1. Load duration factor: CD:=1.15 (snow load) 3.5.2. Repetitive member factor: Cr:=1.15 3.5.2. Size factor: CF:=1.5 3.6.Allowable bending moment: M":=CD•Cr•CF•Fb•Ss=0.9 kip•ft 3.7. Moment demand: 3.7.1. Due to existing roof: Mroof:=Wroof•T•L 2+8=0.2 kip•ft 3.7.2. Due to snow load: M :=W •T•L2 :8=0.3 kip•ft 3.7.3. Due to equipment load: (load carried by minimum of 2 sub-purlins) 3.7.3.1 Location of load: a:=4 ft (estimated from aerial image) 3.7.3.2 Moment: Mequip:=((PRTU+Pcurb)-2•a•(L—a))=L=0.4 kip•ft 3.7.4.Total moment demand: MASD:=Mroof+M now+Mequip=0.8 kip•ft 3.8. Member bending capacity check: if(Malo<Ma,"OK","NG")="OK" 4.0.Old equipment comparison: 4.1.Old Hvac weight: Wold_hvac:=325 lbf > P RTu=304 lbf New equipment load is lower than replaced equiment,per IBC 3404.3 not structural changes to the supporting structure is necessary. Also section 3 of this calc package shows the members are adequate. 3933 S3V Kelly Avenue Portland,OR 97239 tel: 503.222.4453 fax: 503.248.9263 vvvvw.v1mk.corn 1 VVV L M K project: SCHOLLS BLDG C Job#: 20160652 By: LSP Date: 11/2016 Sheet#: C-4 ENGINEERING+DESIGN HVAC v3.00-Software Copyright 2015 VLMK Consulting Engineers. All Rights Reserved. - Wind Loads on Rooftop Structures and Equipment Based on the 2012 International Building Code and ASCE 7-10, 29.5.1 1,4 --- N4,- TYPICAL SCREEN WALL hwwv °,0, �0rTYPICAL MECHANICAL UNIT Fh � H h DESIGN INPUT B = 165 ft Horizontal Dimension of Building Measured Normal to the Wind Direction h = 15 ft Mean Roof Height of Building (Eave Height if Roof Angle < 10) Height = 3.65 ft Height of Rooftop Structure or Equipment Width = 4.00 ft Width of Rooftop Structure or Equipment, Perpendicular to Wind . Depth = 2.72 ft Depth of Rooftop Structure or Equipment, Parallel to Wind H = 18.7 ft Height to Top of Structure or Equipment - Vult = 120 mph Ultimate Wind Speed 3-Second Gust [Figures 26.5-1A, B, &C] - B Exposure Category [Section 26.7.3] zg = 1200 ft Nominal Height of Atmospheric Boundary Layer [Table 26.9-1] a = 7.0 3-Second Gust-Speed Power Law Exponent [Table 26.9-1] KZ = 0.701 Velocity Pressure Exposure Coefficient [Table 29.3-1] KA = 1.00 Topographic Factor [Figure 26.8-1] Kd = 0.85 Wind Directionality Factor [Table 26.6-1] ANALYSIS qZ = 0.00256KZKZtKd V ott2 [Equation 29.3-1] qz = 22.0 psf Velocity Pressure at Ultimate Level GCr = 1.9 Horizontal: Force Increase &Gust Factor [Section 29.5.1] GCr = 1.5 Vertical-Uplift: Force Increase &Gust Factor [Section 29.5.1] Af = 14.6 sf Area of Structure Normal to the Wind Direction (Horizontal face) Ar = 10.88 sf Area of Structure Perpendicular to the Wind Direction (Vertical face) B*h = 2475 sf Building Area Normal to the Wind Direction Fh = q h(GC dAf [Equation 29.5-2] 4 Fh = 609 lbs Horizontal Design Wind Force (Ult., 1.0W) Ph = 41.7 psf Horizontal Design Wind Pressure (Ult., 1.0W) F„ = qh(GC,-)Ar [Equation 29.5-3] , F„ = 358 lbs Vertical (Uplift) Design Wind Force (Ult., 1.0W) p„ = 32.9 psf Vertical (Uplift) Design Wind Pressure (Ult., 1.0W) 3933 SW Kelly Avenue Fottl6nu,(k 91239 tel: 503.212 4453 tau: 503.248 9263 v W.vlmk.rom VVLMK Project: SCHOLLS BLDG C Job#:20160652 By: LSP Date: 11/2016 sheet u:C-5 ENGINEERING+DESIGN HVAC - v3.00-Software Copyright 2015 VLMK Consulting Engineers. All Rights Reserved. Mechanical Unit Anchorage Design Based on the 2012 International Building Code and ASCE 7-10 DESIGN INPUT Seismic Parameters: Sps = 0.721 g Design Spectral Response Acceleration x Q = 1.0 Overstrength Factor [ASCE7 12.2-1 or 15.4-1] s 4 - Ap = 2.5 [ASCE7 13.5-1 or 13.6-1] IG R Y R0 = 6.0 [ASCE7 13.5-1 or 13.6-1] Ycl3 Ip = 1.00 [ASCE7 13.1.3] • 2 S z = 15 ft Attachment height from base of structure h = 15 ft Average roof height of structure from base PLAN VIEW Wind Parameters: PHORIz. = 41.7 psf Design Wind Pressure (psf), 1.0W PUPLIFT = 32.9 psf Design Wind Pressure (psf), 40EG Mechanical Unit Parameters: Wp = 374 lbs Total Weight zcgI X = 48.0 in Base Dimension (max) ' ' Y = 32.6 in Base Dimension (min) SIDE VIEW Z = 43.8 in Height of Unit Zc„� = 12.8 in Height of Curb, where occurs Load Combinations: X„, = 23.0 in Center of Gravity Seismic: Wind: - Yw = 15.3 in Center of Gravity (0.9-.2SDS)D + QE 0.9D + 1.0W Z„ = 15.7 in Center of Gravity (excluding curb) (0.6-.14SDS)D + 0.752E 0.6D + 0.6W - ANALYSIS Base Shear: (Load applied to all (4) anchors/corners together) Seismic: 0.4a S W Fp = ° DS p (1+ 21= 135 lbs _<1.6SDSI pWp = 431 lbs OK Rp/Ip >_0.3SDSIPWp = 81 lbs OK Base Shear, QV„E = 135 lbs Seismic, QE Wind: Vuyy = 786 lbs Wind, 1.0W V,BASE = 786 lbs Wind = 472 (ASD) Anchor Shear: (Load applied to each anchor/corner) Seismic: Design Eccentricity = 5% Anchor: dx dx^2 dy dy^2 ex = 2.15 in ey = 1.765 in 1 23 529 15.3 234.09 Mx-x = 290 in-lbs My-y = 238 in-lbs 2 25 625 15.3 234.09 Y Direction X Direction 3 23 529 17.3 299.29 V1,3 = 37 lbs V1,2 = 37 lbs 4 25 625 17.3 299.29 V2,4 = 37 lbs V3,4 = 38 lbs 2308 1066.76 Wind: V1,2,3,4 = 197 lbs Max Vu,ANCHOR = 197 lbs Wind = 118 (ASD) Overturning/Uplift: (Load applied to each anchor/corner) Seismic: Mot = 3836 lb-in Seismic, QE Net Tension: Tx* = 240 lbs Mres,x = 6501.4 lb-in Seismic, QE Ty* = 351 lbs Mres,v = 4324.8 lb-in Seismic, QE - Wind: Mot = 22225 lb-in Wind, 1.0W Max Tu,ANCHOR* = 351 lbs Wind Mres,x = 7741.8 lb-in Wind, 1.0W = 205 (ASD) Mres,y = 5150 lb-in Wind, 1.0W *Negative(-)values indicate there is no net uplift 3933 SV Kelly Avenue Portlur=,d,OR 97239 lel: 503 222 4453 fax. 503 248.9263 www_vlmkcom Certified Drawing for 2T Project: -Untitled146 11/03/2016 Prepared By: 02:45PM GAITELECTAtt 4L LAIT 5T. INET KM OR [ENTER of 44441TY 15(0CNAR6CTERISTICS L6 A4 •+• I 46411-/21[24(0401460)30 206!110-1.60 304 138.0 43-311_ 1111 22-13116 579.4 '5-5416 261,1 15-11416 221.5 41244-241C3010401448)34 20111230-1.42 394 '52,2 42-244 1162 22.13116 579 4 15-5214 366 6 15.13116 441 6 -.• 4-Illi{".."---/.4",---.. 2-151+4 4141.1-441(441040/010)114546s1 2061230-1-60.208/230-3-66. 640-3-69 344 158.2 51-341 1315 27-13416 579.4 15-5113 366.1 16-511 127.3 (252.4] [511.r] 1252.41 3.7116-•.4 3217 WA* AEI4NT 13116 [62.3] • * '1• 2• 'S• '1' 24 2661434 45.4 24.766.4 21. II.? 41.4 106.4 46.3 tivq in arms i soloPJ 54 146+244 50,1 22.2 61.26 36.5106.445,r 117.4 55.9 34 24442311410 52.4 25.1 61.1 31.)104.1 41.5 117.2 55 4 } 0•T[W6L1:•7 1_ 61 UAN '�1 91'Tt0A6l S6RILY I. '[5+045.dOPEe86 AIR - 4 1 --- `O' I 3-3116 I dJ 10 C 1143. MKS!411] 3273 M COIL • `"I [61.01 TOPDJEOF DE OF 4MIT... -... ...12 155`.5,61 1 I: 1.41 *511SID24 OF 443OPPOSITE 17 III 1[52.21 •• 1 l 4 FLA F*AEL 36 19'4.41 «' • _._1J 1152.4] IBC.IMRl)CLEARANCES, ICKS •1 411 *MEER ur[TS.401(1 WRY SIO(.. 42(''2444 61 1 \\` --0 u2IT IAD I 1109 3E6 Sl7E1^5E5,5OAER EMTA2 5[OE.. 36 (1`4.01 (IIT IRO MOOR wOIC CIEII RALLS 443 OT1E4 111(874 COIL MTDO01 COIL 642320[5 suAF4c(4.55 5(RT4•(IDE - - 42['326.6] TOP VBV MUM67lJIWIQ Mt(MAIM NO ENVIONO IKXES 14111 5221(6(21444 SIX SI3E SI6E. ...... ... 56 1 61 4,01 42[1064.01 1(5[(237 Fos MEC 4E04I4EIE4E51 3415 TOT .. /8(12"9.21 * SIX(OPPOSITE 4J[T5. ... .. .. 36 [5'4.0] 111(T PANEL ..12 1504.914 14I51*4*02ST29EE5:IF JRIT I5 PEACE]LESS TN44 1?(344.61 FRC*4611 31-7114 2-018- 41 4. SYSTE*,TNE*1751ER 5(210 WIKE 116.6E CO*PA2*[SED. 1754.51 164.11 (1143..11 1.4-4-112 ]IIERSICIl II 61 ANE IR*2 ___I I't4.31 I �...-� � � RCCEJS�66ME1 !IIIIIIIII ; luiniioiHii !IIIIIIIIIIIIIIIIIIII 73 rn �IIIIIIIII� o _ 6 1-746 7/e'•[2zr:1PB6E �IIIIIIIIIIII� 1IIIIIIIIIIIIIIIIIIII rn J �5123.61 502710EEMfA• C • i © 15-1r. 51ll -- rxr463.21 0•(x1"3-518 .7, 1!•15114 15-541 II rnI [27.'] f1-5116 1504.41 6314.21 16.3116 I 1 1 iii [±63f1 (238.4] [4:11 O O= ,- ',.. • •C:=3• �•I I. • I 1 hum' OO I`1��mE3 L 12-15116 (0*PAI51 •+CE`4 `.7},I4 \ 3+'6 Z 1315 11 PA1EL •1• ,-1'12.112.11 11 P T E+.el 3 1116 32-316 2-1116 .45 E1T1Y Ill?31 r_ 628., r Ip-3114 CI?11 17-22* 21-5/4 I151 61 046I4 aR[T (1224.4] 1-15/16 I/l•5L112171 11E. LEFT Ere FRONT VEW RIGHT[44.5] SEE YEW REAR NEW AsvL50040z SUBMITTAL MicroMetl 48ES A24-48ES A36,50ES A24-50ES A36,48VL A24-48VL A36, 50VL Part Number: A24-50VL A36,48VT A24-48VT A30, 50VT A24-50VT A30 CRB-SDSML-14 FORM NO.7843-1 D I 2/12/2015 Submitted To: Company: 10" Job Name: Notes: 21 9/1." Knockdown Curbs Full Perimeter �7�y� 10„ 16" iii.Niiili� iloilo 41, NOTES: 'O 401111• *Custom Heights Are Available. "� +, • *Fully Insulated Perimeter Curbs Are Available And Designated With A"CI"Suffix. A • *Hold Down Brackets Are Available For Most Curbs. • Attach Ductwork Directly To Roof Curb.Flanges Of Duct Rest On Top Of Curb. • Any Posted Weight Is Actual Weight,Not Shipping Weight 16° 7 m • All Dividers&Supports If Present,Are Flush With Top Of 28Ilid,3\ Curb Unless Noted. 3j4'/p m Z *Please Contact Factory For Pricing and Availability 0 FEATURES: —PI1 I." rulT 0 -t-- • Ships Knockdown,Assembly Hardware Provided When s 2.75 r Needed. ..<• Deck Pans When Factory Provided,Are Factory Insulated. A • Constructed Of Galvanized Steel. 875» • Gasketing Package Provided. LMicroMetl Curb No. Carrier Curb No. A Weight • Full Perimeter Wood Nailer Provided. CRB-SDSML-08 8" 56 lbs 2" kg — CRB-SDSML-11 CPRFCUR6010A00 11" 63 lbs ' CRB-SDSML-14 CPRFCURB011A00 14" 70 lbs I CRB-SDSML-18 18" 91 lbs CRB-SDSML-24 24" 108 lbs CV-20 THIS DOCUMENT IS THE PROPERTY OF MICROMETL CORPORATION AND IS DELIVERED UPON THE EXPRESS CONDITION THAT THE CONTENTS WILL NOT BE DISCLOSED OR USED WITHOUT MIROMETL'S WRITTEN CONSENT 73 MicroMetl Corporation... Indianapolis Indiana — 1-800-662-4822, Sparks Nevada— 1-800-884-4662, Longview Texas— 1-903-248-4800 ^' .. . . ' . .',. . ,. .. . . . • . -,••• ,• ..,.. , . . .. • ' " - , - .;,5PAe./0.eet - - <1540.). , grAkTez-1,7 .• . , ..sr4,./..g?oa.,,,7 4x/444ED:7x_ , .- ...-0, - I 4,......, , ,..... I WWII--, ---- p ...,a,,•)/1 - ---.1.!2:.7..I 4343T '' , , fla..4 US•04.1 , . ' . . . . . ---51,..41e.SOA:H.5,44 . . ..--- Cay.leCrORS.46cas5, , *I , „..' pU2LIA/3 e gpos e f(i.:) . - / i A Z7 II A A't.'3'41 • • I ;T1TO ..C1 . .4127 y::‘,.4 • 4.4 X a3 1( ,_ , t, 5..5- A 223. ____1_, • 44 g 3 3 1.-147)-- 49* 1 , 4.'s *0 .11P27 N( ' I 527} (#r) - /..?. .11A7* 4,0143.::..0* l.1 •PrAto T YR I q I ' kl ‘ I. o , ...) 1 o/ 2 2 t i P I J027 i ,,. s k • t I yi rt,Z.Imesce-e,0:il . q l 10,,) / ,........ 6c .W5 „,•\ , 4 • 00 .__ ._. 4. ___ .. 00 (13=621 '113=6'21 .214 04•1,3 • '-'- --4.---- I - 1 i N ' . Pt Y.I...•0.,C. M • 1 .114.-IVJ • (mc•ei 1 1- .,1-.- o D - D II --., O (75!O., ,.(9=4') - 'CP) f17-1 lthe..net',A-v..1-- /4..A1 t"1 ZHIZ.eIgt...K:NI-f-- ,,, 174=l '.1• - --47,-,•Air- - A.I ' . ..i...Y2:7,. . -_— — __ -•- I ‘ —•—p, 1-A....e g.•-•,.r..n.- •. i, n 4 k . 721 , I,—.— . ......,,,a(7.-yr) ,. 4 ,t, .. • 1, It, . 0, —itk ; ',1 (-55CrAirfirt.;AJS • :' fsr;7 1 rtg 4 N 1 1 .{/4-4211 ry{hi te.'21 I•4=1,7), 04 Gplo x a a / 5'6 3 Z21.. X3 , ,.., • •(....Fs'ex isio%,:)kiwi ,----. 6,'_•) 1;27) —1"-Tl614.f0(1')Low), j 'I/4.-61;1 - f.NT"- . N4i . 1144/ 1-1 Iti, , • I - 4r.k" PRO,r/DE.-11/.4P5o..,t 221 Te9 ' .s.454 srA-Al= 4 A I kl /[14.'..soid . :41 k' ' 7,7;) • , • /(,4.-,a:;] <143,, : /14...y] .., ,„ • ,. ,,, ,1•1„,.:Q-2-71 I . • t t/ . • ' ! H94,4 i tin.,14.' (.'2..) :, ,.3..J.,g/f.vi .(_ ,___.,_,a,.3 2, s 4.2.22 . ... .- S' .•!‘ 2..?2 .1.j a_fa.4_2.76`1,2 .4,:, (9.16'2(.0') I if.,A, --,,,I i......- , I r 1 --fL '' 1 .. „. , , v . i i 1 II . . _'!_,,.. .1 ,I " • .._ . . • H.87 i 7re •1•7• it I . i "r1 • : 15'o' I 5 ". ..30 1 r.1*-- sea'-o- I 11,,40 4i., . ,....'_•••• ,444'tz :... _ 2.5•_,.- .....___ ..._., ,....... 2 '-0 .25.-o ... ..... /1= 73 .... - RI • • a---a ROO,c- FRANIIILICI PL A.6J- L,()L2*_,: ,.. .. . Z s.-- iL o .. 0 ,Vg 7C _ \ I) EL eVA 7-,..vr. ..r.vo,..../-A.it.,5 1--]AteE e.,TOP4.- . M F0A,...-17•..,(7, (iserroxe .:.,,,-•r.L.et.v000). 2) 248V4770,1.45 ....51+00..1.Y 7-r1c..5(--)A124-3.ro,.•24 V i-lex,Aper ,Z j) .....;."mh.;-1,-;‘,',°s".i.-253VnA/J2:11.5.e".t/3-4C :tf;f6407.;11110Lt35 •r ,2.,.,„..4%a ohz:,1.0e,eene-sapPozr.e • '411' 4411 "‹ 4) '----,IA./01047E5 2.6.24'Z."'Mayo..-2-2,42 az/11...7. . ,teeewl 7i 4 "P • _.1 \If ' 3ytti.olV'oaf Poi . .1 ' /,- , C"),1 vui,•4,soLra ....I, I I,; • ••• +. , REITMEIER LOCATION: /v/z0S1....) lis .. v2 '' ' 19570 SW goth Court TECH NAME: Tualatin,OR 97062 DATE: %//`�//6 T 503.603.0205 F 503.603.0150 JOB#: (( -Ore ReitmeierNW.com PAGE: / OF: RECEIVED NOV 8 2016 CITY OFTIGARD BUILDING DIVISION r - 2T 11/03/2016 Project: -Untitled146 /03/20 6 Prepared B 2T Tag Cover Sheet Unit Report Certified Drawing Performance Report Unit Feature Sheet Page 1 of 7 Packaged Rooftop Builder 1.43 Unit Report For 2T Project: —Untitled146 Prepared By: 11!03/2016 02:45PM Unit Parameters Unit Model Dimensions(ft. in.)&Weight(lb.)*** Unit Mod 48VL-C240403 Unit Length: 24(2.0 Tons) Unit Width' 4''8.625" Volts-Phase-Hertz. 208-1-60 2'3'7.75" Heating Type• Unit Height 7.75" Duct • Gas • Weights and Dimensions are approximate.Weight does not include roof 9 Vertical Supply/Vertical Return curbs,unit packaging,field installed accessories or factory 40,000 Btuh installed options. Approximate dimensions are provided primarily for Standard Unit shipping purposes.For exact dimensions and weights,refer to a ro appropriate product data catalog. pp p Total Operating Weight 304 lb Warranty Information 1 year warranty on parts 5 year warranty on compressor 5 year warranty on heat exchanger No optional warranties were selected. NOTE: Please see Warranty Catalog 500-089 for explanation of policies and ordering methods. Ordering Information Part Number Description 48VL-C240403 Rooftop Unit Quantity Base Unit 1 Accessories CPHSTART002A00 Compressor Hard Start Kit CPCRKHTR008A00 240V Crankcase Heater 1 1 -: I: :- Packaged Rooftop Builder 1.43 Page 2 of 7 Certified Drawing for 2T Project: -Untitled146 11/03/2016 Prepared By: 02:45PM • U17 ELECTRICAL MIT VT. MIT NCIOIT 111/ND [ERTEN OF 60 5 0*117 1015 CHARACTERISTICS LO FO 14• I 1 1 403.4-14/C263042124013* 2041210-1.60 304 136,0 43-1/4 1111 21-71/54 519.4 15-5/16 504.3 15.11110 390.5 46NL1-n1C001040/040150 2001230-1-30 304 752.0 45-3/4 1102 22-13/16 379.4 15-5/76 564.4 15-11/16 101,6 1-15116 n'3..6-s4 1.15/14+- 445L1-/VICN1N010f0113/5/410 2061234-1-60,706/230-3-60,160-1.60 141 150.0 51-3/4 1313 27-13116 519.4 15-3114 104.1 16-516 122.3 ' C252.41 1541.73 1252.41 3 1111 C061EA 1E(6Ar 111/06 167.31 * MI1 4d.TME .t. •1' •1' '4• Y-It4� 24 200/214 15.4 20.1 44.6 27.1 40. 41.4 31/.6 33.3 MAI NETWRill 5/I FLi 04 N 204/200 51.0 21.1/7.2 20.5 104.1 4Si37.3 /22,3 55.3 0 # 'IN1130 4 0 52.1 21.7 64.0 11.1 164,7 41,5 1121 $5.4 wpm t ' •, i ORTIONtt. AIA 1104L1 /tin!/16 61 OPE °PPERIN AIR i. 1. F6 ®/. • 11401116 CLOWN=71 C�M1�1!NO. 3.1/14 INCHES(04041 OUTDOOR COIL ; I 1(63.00 704 OF UNIT 14 1355.41 illit , 3NT SIDE OF UNIT 2 150.61 I( SIDE Of Olen 31 1335.11 f 00TTW CN URIT tit 234.11 '3' 1 F 4~ 1 FLUE PANEL N flt/.q ` y I . r_-- La4 I 0 (332.41 IR NAM CZ&AMI� + Illr- - INCHES 104041 I inlet34115.PdEA 10137 SIDE 42 11814.01 VNIT A40 04660040E0 SVIFACES.PWER ERTAI SIDE 30 1114.01 14411 AND OLOCk W 1401311E GALLS AND OTHER MOOR COIL TOP VIEW 10064 COIL 0600R0VR016 SURE10ES,PO•ER E4113 SIDE 42(1086,61 031.10630.0.111101C1 FRN 0111144111014MID YR1= INCHES 13551 DAP.COIL ACCESS SIDE 34 (914.01 POWER EON/SIDE 42 11046.21 (ESCEPT 100 41C REOUIOEIEITSI MIT TM......... ...................... _.... 43£1213.21 111 SIDE OPPOSIE 00C15.... ............... .......... N 1114,01 5.111 PANEL 12 1304.014 0410IN551 D15TA0CES:IF U#IT 15 PLACED LESS IRAN 12 134401 TOW WALL 31-7/14 2-5/0 - -.41 1351EN,THER 3311EN PE6FOONA00E 4.434E 0004041514. (196.51 [66.71 11493.41 4.1/2 1111,310111(43/040 IN 11 AAE[R NN AL !1111111111 111111111111111111! / "'"EL 11111111111111111141 !1111111111111111111 !1111111111 111111111111111111 6"118.61 22 6PWER$INT41• 1111111111111111111111111111 111111111111111111H 'R• -..-----0i [17366] 116'122.21.014.COTIOL EMI ,� a SUPILY MT" I4. [110J.2] ■ OPEiI.i MERINO III 16 3.511 �1II 11.15416 II [41.11 I W, fl-5/f{ •2• IS ./1 }/{fl 1,` �o -Oc Ik�M7�i! ,• •0• __�� [304.01 C204fU �,.'R,�I�� =•: 1144/71 EEMPL.1111111111111=ME1 NW 12.13/36 COMMIES.. PE1.13111 3114 1223.41 P4431 •N. PANEL 1322.21 • 11.01 r2'[12.71'A" 3-71/6 31-5/8 10-111{ 2-3/14 614(6353 (41.31 616.7 [1224.01 152/I [251.81 BALD (254.61 WAIN MU I-3iH9 17/8.11121 PEEP LEFT SIDE VIEW FRONT VAN 146.81 ROT SIDE ViEW REAR VIEW 48VL500404 - Packaged Rooftop Builder 1.43 Page 3 of 7 Performance Summary For 2T Project: --Untitled146 11/03/2016 Prepared By: • •02:45PM Part Number:48VL-C240403 ARI SEER. 14.00 Base Unit Dimensions Unit Length. 48.2 in Unit Width. 32.6 in Unit Height 43.8 in Total Operating Weight 304 lb Unit Unit Voltage-Phase-Hertz- 208-1-60 Air Discharge:_.__ Vertical Fan Drive Type: Direct Actual Airflow- 871 CFM Site Altitude. 0 ft Cooling Performance Condenser Entering Air DB. 95.0 F Evaporator Entering Air DB. 80.0 F Evaporator Entering Air WB. 67.0 F Entering Air Enthalpy 31.44 BTU/lb Evaporator Leaving Air DB• 60.9 F Evaporator Leaving Air WB- 58.7 F Evaporator Leaving Air Enthalpy 25.50 BTU/lb Net Cooling Capacity 23.26 MBH Net Sensible Capacity 17.99 MBH Total Unit Power Input 2.01 kW Coil Bypass Factor 0.037 Heating Performance Heating Airflow 871 CFM Entering Air Temp. 70.0 F Leaving Air Temp. 105.1 F Gas Heating Input Capacity 40.0 MBH Gas Heating Output Capacity 33.0 MBH Temperature Rise. 35.1 F AFUE(%)" 81.0 Supply Fan External Static Pressure. 0.60 in wg Options/Accessories Static Pressure Wet Coil. 0.04 in wg Total Application Static(ESP+ Unit Opts/Acc.). 0.64 in wg Fan RPM. 1050 Fan Power 0.38 BHP Fan Motor Size,hp. 1/2 NOTE High Motor Speed,Vert Electrical Data Minimum Voltage. 197 Maximum Voltage. 253 Compressor RLA. 8.7 Compressor LRA. 46 Outdoor Fan FLA(ea)- 0.6 Indoor Fan Motor FLA. 3.8 Power Supply MCA- 15.2 Power Supply MOCP(Fuse or HACK). 20 Control Panel SCCR:5kA RMS at Rated Symmetrical Voltage Packaged Rooftop Builder 1.43 Page 4 of 7 Performance Summary For 2T Project: -Untitled146 11/03/2016 Prepared By: 02:45PM Acoustics Sound Rating' 73.0 db Sound Power Levels,db re 10E-12 Watts Discharge Inlet Outdoor 63 Hz NA NA NA 125 Hz NA NA 54.3 250 Hz NA NA 61.3 500 Hz NA NA 55.2 1000 Hz NA NA 54.8 2000 Hz NA NA 57.1 4000 Hz NA NA 53.6 8000 Hz NA NA 43.1 Advanced Acoustics 0 441 ...,0,01 44,40 444 1114 0 w • • • • Advanced Accoustics Parameters 1.Unit height above ground' 30.0 ft 2. Horizontal distance from unit to receiver 50.0 ft 3. Receiver height above ground' 5.7 ft 4. Height of obstruction' 0.0 ft 5. Horizontal distance from obstruction to receiver 0.0 ft 6. Horizontal distance from unit to obstruction- 0.0 ft Detailed Acoustics Information Octave Band Center Freq.Hz 63 _125 250 500 1k 2k 4k 8k Overall A 0.0 54.3 61.3 55.2 54.8 57.1 53.6 43.1 64.8 Lw B - 38.2 52.7 52.0 54.8 58.3 54.6 42.0 62.1 LwA 26.2 C 0.0 21.9 28.9 22.8 22.4 24.7 21.2 10.7 32.4 Lp D - 5.8 20.3 19.6 22.4 25.9 22.2 9.6 29.7 LpA 26.2 Legend A Sound Power Levels at Unit's Acoustic Center,Lw B A-Weighted Sound Power Levels at Unit's Acoustic Center,LwA C Sound Pressure Levels at Specific Distance from Unit,Lp D A-Weighted Sound Pressure Levels at Specific Distance from Unit, LpA • Calculation methods used in this program are patterned after the ASHRAE Guide;other ASHRAE Publications and the AHRI Acoustical Standards. While a very significant effort has been made to insure the technical accuracy of this program, it is assumed Packaged Rooftop Builder 1.43 Page 5 of 7 Performance Summary For 2T Project: —Untitled146 11/03/2016 Prepared By: 02:45PM that the user is knowledgeable in the art of system sound estimation and is aware of the tolerances involved in real world acoustical estimation. This program makes certain assumptions as to the dominant sound sources and sound paths which may not always be appropriate to the real system being estimated. Because of this, no assurances can be offered that this software will always generate an accurate sound prediction from user supplied input data. If in doubt about the estimation of expected sound levels in a space,an Acoustical Engineer or a person with sound prediction expertise should be consulted. Packaged Rooftop Builder 1.43 Page 6 of 7 Unit Feature Sheet for 2T Project: -Untitled146 Prepared By: 11/03/2016 • 02:45PM There is no Certified Drawing available for this tag • Packaged Rooftop Builder 1.43 Page 7 of 7 48ES A24-48ES A36,50ES A24-50ES A36,48VL A24-48VL A36,50VL Part Number: SUBMITTAL ,�,,�,MicroMetl A24-50VL A36,48VT A24-48VT A30,50VT A24-5oVT A30 CRB-SDSML-14 t FORM NO.7843-1D I 2/12/2015 Submitted To: Company: 10" 4141141111114INIIIII N,1111111114%). Job Name: Notes: 21 9/1." Knockdown Curbs Full Perimeter ?7 10„ 1,...N. Full /g,� :- .. '1► NOTES: 'O • *Custom Heights Are Available. "� • *Fully Insulated Perimeter Curbs Are Available And Designated With A"CI"Suffix. A • *Hold Down Brackets Are Available For Most Curbs. • Attach Ductwork Directly To Roof Curb.Flanges Of Duct 41111. Rest On Top Of Curb. • Any Posted Weight Is Actual Weight,Not Shipping Weight 6°\O • All Dividers&Supports If Present,Are Flush With Top Of ?8 '�'�`" �p,3�1 we, M Curb Unless Noted. /0 *Please Contact Factory For Pricing and Availability �► 1„ FEATURES: i • Ships Knockdown,Assembly Hardware Provided When f-- rfe 2.75 Needed. 111 • Deck Pans When Factory Provided,Are Factory Insulated. A • Constructed Of Galvanized Steel. .875" • Gasketing Package Provided. i__ racror."etl Curb No. Corner Curd No ,� W2ight • Full Perimeter Wood Nailer Provided. CRB-SDSML-08 Ilail 56 lbs 2" k CRB-SDSML-11 CPRFCURB010A00 ® 63 lbs ' CRB-SDSML-14 CPRFCURB011A00 14" 70 lbs CRB-SDSML-18 18" 91 lbs CRB-SDSML-24 24" 108 lbs CU-20 THIS DOCUMENT IS THE PROPERTY OF MICROMETL CORPORATION AND IS DELIVERED UPON THE EXPRESS CONDITION THAT THE CONTENTS WILL NOT BE DISCLOSED OR USED WITHOUT MIROMETL'S WRITTEN CONSENT MicroMetl Corporation... Indianapolis Indiana— 1-800-662-4822, Sparks Nevada— 1-800-884-4662, Longview Texas— 1-903-248-4800 6-xv-C -ti-41 ___, Carrier 5.. .. •• 48GH,GL • • Gas Heating: 40,000 to 120,000 Btuh Input Combination Electric Cooling: 18,500 to 60,000 Btuh 0• Heating/Cooling Units ,_ . , .A., - 4401001,4. IF 4 ~ III N ie., ®I I rsx • . .. { fi M1 tt1 Y: ti s ait'llroA4134ipo ? mss. . , . is ii, . , 7 A . .:. :. . . .: . i . . . . . .. , . , . .. . . , .., .. P , _...__ 1 . ..,...._ ..., ----...,,...4, roil , 4 , • vow_ ts,,41) Year-round comfort in one trim package • for residential or light commercial use. Carrier 0 Carrier Corporation 1981 Form 48GH,GL-1 P r ,- Heating/cooling units engineered for total comfort on an energy-tight budget. . . that's the Carrier combination! Carrier Model 48GH,GL heating/cooling units offer perienced indoors. Sound, vibration and flue gases are - efficient, economical comfort for your home or business directed up and away,providing peace of mind for you and all year 'round. These units use a combination of fuels -- your neighbors.All components are neatly tucked away in natural gas for heating and electricity for cooling. Fuel the compact cabinet, finished in attractive soft green color supplies you can depend on now and for the future. and protected from the elements by Carrier's Weather Model 48GH,GL units are not only fuel-wise, they are Armor finish. cost efficient. They're easy to own, operate and maintain. The Model 48GH,GL gets to the job with a minimum of Seven sizes are available with nominal cooling capacities time and trouble. It is completely factory-wired,-charged from 18,500 to 60,000 Btuh, and heating capacities from and -piped Just connect gas, electric power and control 40,000 to 120,000 Btuh input. And, in areas where natural wiring, attach ductwork and the unit is ready to provide gas is not readily available, LP gas conversion packages your home or business with complete heating/cooling are offered as optional accessories.All units meet the rigid comfort. Once on the job,the unit requires little attention. energy regulatory requirements for the 80's and beyond, Any necessary service or maintenance can be performed with cooling Seasonal Energy Efficiency Ratios(SEER)from rapidly, thanks to large access panels and uncluttered lay- 8.1 to 9.3. The higher the number, the more efficient the out of internal components. model, and the more economical it is to operate. So,if you are planning to build or remodel for the future, consider the advantages of the Model 48GH,GL units —. Only the comfort comes inside gas/electric fuel efficiency coupled with single-package, With a Carrier combination heating/cooling unit, only the all-in-one design. What a combination! desired effects of comfort cooling and heating are ex- 6 5 4 k�J `•. 3` M L3 4 ... / :: / }• S ✓ �`o.',.. / bby „,,...N.: �' . q ' 10 r0 Multi-speed PSC indoor fan motor 0 Direct drive.PSC outdoor fan 0 Evaporator coo . . Factory-wired controls(not s:�us.vn) motor Side by-s'sde duct connect-was Natural draft combustion and venting NI HerTebC resscl.—factors/ "Pk piped,�D seated refrigeration gio Base rails with fork-lift slots Steel heat exchanger • section (not shown) Wrap-around-design condenser coil 0 Removable access panels 0 Thermal and acoustical insulation L H-H 2 --, , i Carrier combines comfort-control plus extra features in the Model 48GH,GL go • Weather Armor cabinet withstands extreme weather • Indoor fan relay automatically starts indoor fan after heat conditions. Tough, baked enamel finish in sea green. exchanger warms up sufficiently in heating cycle to prevent • Time Guard II protects unit compressor by preventing cold air from blowing into rooms.Automatically shifts from short cycling. Provides for a 5-minute delay before restart- lower heating speed to higher cooling speed on demand for ing compressor after a shutdown for any reason. optimum year-round comfort. • Temperature-actuated crankcase heater assures • Large capacity coils provide plenty of cooling and de- adequate compressor lubrication by keeping oil warm. humidification on hot summer days Wrap-around con- Saves energy by activating only below preset outdoor denser coil exposes large surface area for maximum heat temperature. rejection outdoors and low operating costs. • Direct drive fans move air quietly;no belts or pulleys to • Schrader fittings allow rapid servicing of the refrigerant service. Permanent split capacitor (PSC) motors operate system, if necessary. at higher efficiency than conventional types. • Natural draft combustion and venting for lower operat- • Redundant gas valve prevents runaway gas condition ing sound. Unit operates even under high wind conditions. by automatically blocking flow of gas to pilot and main burners when unit is not on a heating cycle. • Intermittent pilot ignition ignites pilot flame only when NOTE:Before purchasing single-phase models of this appli- required at each heating cycle.Saves energy over conven- ance, read important energy cost and efficiency informa- tional standing pilot flame. tion available from your dealer. Accessories , . • Thermostat with subbase — Low- voltage ow voltage (24-v) assembly permits selec- • tion of cooling, heating, continuous or }, ^` {.:4-1,t-,,-.. x':44 -,...i cycling fan operation. The subbase for ��K,*�+ the deluxe thermostat can be the .- distinctively-styled Comfort Control t Center,which puts heating/cooling sys- tem control switching,humidity control and indicator in a single case.. .or it can p be Carrier's Ener Saver electric clock Energy-Saver ��' ;,� 1 which combines temperature control ,i- /..--4.N.,.,t �\ ..,,y- with ,}} with a synchronous clock During heat- ":'' ` ,.....,:,,,,t?. ing season,clock automatically reduces :,r.,- . /r 4 .,:< the temperature at night to a lower set J 16.,-.. .-.� �� ''�f .,«> point. This night setback cycle repeats f` �' ..,..:0-- itself daily to reduce fuel consumption. t ,f^, ^. LP Gas conversion kit—Provides for f unit operation with propane gas in areas > ! �! where natural gas is not available. .r•. J t Low-ambient temperature kit (3- , { phase units only) — Permits full capacity cooling to 40 F. >'. High input orifices—Allow increased �`� firing rate to 25,000 Btuh per cell. <>.. 2 • :i;-".' . J �. - } n JhV •�}}.• . :•:x:{:.t.,;J;�ti .....-:-.....::;;;,x;:•.ti : iiiff r� { " ` a rIntermittent pilot ignition # �s � '',],� . fi®Redundant gas valve :•, . ....::::•:•:::':.;'.j......... 3 . r Physical data and dimensions A • PLUGGED ACCESS HOLE FOR - GAGEIHOSANT PRESSURE �� GAGE HOSES ^+w� • y` 10:04#::::7::': fes- . 7:.. � .;;.y;;,bac:•. .,,:mss• K rf.t • ' ii• ,f tf � r ti f ; t ti i•. � r •xr ,7.,!”-..:..::,..2.:"."- i-6" B fkXY• i I . *HOT MODELS 48GL018 THRU H------'4'-------- -�4` - 036;GH024 THRU 030 ...------• /VENT CAP i COMBUSTION AIR INLET BOX 4181123 ' . f//. ,rte 41111LSO" . 13 CONTROLS ACCESS. • I. ... i BLOWER ACCESS DOOR\ •# irLOW VOLTAGE :. '� •ak INLET 6 • G HIGH VOLTAGE INLET4 L' I'-44" E \\ ,�J HOT ON MODELS 48GL018 • :_:.> THRU 036;GH024 THRU 181 030 1,-61ti I FPTGASINLET D I C WEIGHT DATA <( ' TOTAL TOTAL MODEL CORNER WT(Ib) OPERATING SHIPPING 48 A BCD WT(Ib) WT(Ib) GjO1s 82 74 7R 81._______320 330 I GL024 83 81 79 82 325 I 335 A g 01024 9b 94 91 94 3/b 385 GL030 97 93 91 94 375 385 •• GH030 97 93 90 92 372 385 48GH,GL REQUIRED CLEARANCES(in.) • 61036 98 97 92 93 380 390 GH036 122 120 116 117 475 485 Above flue vent ... 36 GL042 108 105 102 105 420 430 Duct side of unit . .. . . 6 GH042 113 111 107 109 440 450 Side opposite ducts 30 GL048.' 130 135 137 133 535 545 GH048 134 139 144 138 555 ' 565 Blower access panel side . .. . . 30 GLO6O 148 144 139 144 575 585 Side opposite blower access panel. . . . 30 GH060 155 151 148 151 605 615 Bottom of unit . • 0 I. 4 — , Physical data and dimensions (cont 11MODEL 483%is %GL018 GL024 GH024 GL030 GH030 GL036 GH036 SERIES <; •< 300 300 300 300/310 300/310 300/310 500/510 600/610 300/310 500/5 REFR(GERANT'(W.224;: .� .F 4:04►Oa(N.ox) 4-6 4-8 5-0 4-14 4-14 5-4 5-4 5-4 5-12 5-12 .COMiPRESSORMODEL1�lO REY3 SEC1 SEC1 MD2713EE/CRF1 MD3413EE/CRJ1 MF3413EE/CRJ1 MD3413EE/CRJ1 MF3413EE CONDENSER COIL €aceARo *estsrlts) 65 80 80 96 96 104 104 104 96 96 ws.--F»isfin . 2 20 2 20 2 20 2 20 2 20 2 20 2 20 2 20 2 20 2 2( EVAPORATOR FAN ' MotoiHp;60-Hz .. . 1/5 1/3 1/3 1/2 1/3 1/2 1/2 1/2 1/2 1 EVAPORATOR ect,Ii. Fac.Ates'(s41t). 18 27 29 32 32 32 32 32 33 33 x ROWs...C6nYln.' , 3 14 3 14 3 14 3 14 3 14 3 14 3 14 3 14 3 14 3 11 HEAT EXCHANGER A G.A:CertNied Tlisiip Rise(F) 35.75. 35-75 35-75 45-75 35-75 35-75 35-75 35-75 45-75 45-71 1 MAX EXTERNAL STATIC PRESSURE Meeting(in;wg) 30 30 30 30 30 30 65 65 30 65 6 OINIENS;ONS(lt in.) : A 4-5.5/8 4-5-5/8 5 16 2-6-3/8 3-4-3/8 3 'C 3-2-1/8 3-5-1/8 3 0 1 4 1- 7 E 1- 4 1-1-1/4 ;•F 0-7-1/4 0-8-7/8 1 0 G`.: 0-1-3/32 0-1-3/8 H> 0-11 0-10 0 J — — 1 K 3-7-3/8 4-0-3/8 FILTER S1FE(FieidStwplied) (9girt.)# Disposable Type 289 396 396/433" 522 522 576 576 576 583/722" 583/72 Cleertabis"Htgt- 188 257 257/281" 339 339 374 374 374 379/469" 379/46 Capacity Type 'Factory charge shown applies to Series 300 units Factory charge for Series $Recommended,field-supplied air filter areas shown are based on either cool- 310 units is 6 lb-11 oz ing air velocity of 300 ft per minute or heating temperature rise of 60 F, tFactory charge shown applies to Series 500 units Factory charge for Series depending on whichever value is larger Air filter pressure drop should not 510 units is 8 lb-10 or exceed 008 in wg for unit to produce rated cooling performance ..,440 . .. . . . . . , . . . . . . . . . ,. . .. . . . . . . . . . . . .. .. . . . • . .. . . . . . . . .. • - . ••. . . . .. . . . . . . . . . . . . . . . . • . . . . . . . . . . . . . . . . . . . . . . , . . .. . . .. . . . . . .. . . . . . . ... . . .. . . . . . . . . . . . . .. .. .. . . . . . . . . . . Performance . , . . . a. . . . . - . . - ' ' ARSTANDARD RAINGS AND SOU • ND.RATNGS UNIT AinUNIT MODEL Cfm ESP . TO SEER'` SEER" EEf1T MODEL 48 (isi wg) (1000'Btui1) . "p (1 h) . (3-Ph) (3-pf) SRN 48 GL018 600 .>QA0 :;:'Ise: :8.10 GL018 GL024 825 010• 24.8. :8:40 GL024 i GH024 825 0.10.. 24.8` 825 — i GH024 GLO30 .1088 0.15 29.0 890 GL030 GHO30 2088. 015' 29.0' ,: . GL036 1200. • ::0.15" 35.0 .. •9:15 • 8.50 . •77 GL036 GH036 1215 • 015 34.8: • .,:8.75 . 850. 7.7 20 GH036 GL042 1400 • ::0.15 41;0' ;8.65. 8;20 7.7 '! GL042 GH042 1400 '«0.15 ..:41.0 :;8.85" 8.40 7.9 ; GH042 GL048 1600 >0.20 475 :;;:9,25 8.90. 8.1 GL048 GH048 1600 ,020 • 475 9.25 : • 8;90 8.1 ' ' GH048 GL060 .1983 '`020 . . ;.60.0.. : 8.50: ' . 8.35.. .75 "r ' . GL06O GHO60 : .1981. 0.20 SOD', $50 ;8:35 7,5 GHO60 Cft» - Cubic Feet Pei Minute "SEER(Seasonal Energy Efficiency Ratio)applies to AFUE Annual F SRN - Sound Rating.Number :. ' ' single phase acrd 3 phase.units rated in"accordance f TC —..Totalce ifiedits aaxe:a sl (Net}'COQ�KiS C.ap2Ctly(fflckideS - with LtOE iXiSf procedtireS:Unit tieStgR fS A,G.A. deduction for its fan motor'heat) certified witttfied rated(leaf t5£R applies t4 vveill twriler OnftOe 3-phase utliis raleo:it�aocordaru� t.. .. .. yviill 75 Unit design ARi Startdards:214.79attd 270 is:J>;G.A:certified::. GL042 GH042 GL048 GH048 GL060 GH060 /510 300 500 300 500 300/310 500/510 600/610 300/310 500/510 300/310 500/510 600/610 300/310 500/510 12 6-8 6-8 6-8 6-8 7-8" ME 7-8 7-8' 7-8 9-2 9-2t 9-2 9-2 9-2f EE/CRJ1 CRK1 CRK1 CRK1 CRK1 P46/AG5546E P46/AG5546E P46/AG5546E P46/AG5546E P64/AG5561E P64/AG5561E 6 11 5 11 5 11 5 11 5 11 5 11 5 11 5 11 5 11 5 12 5 12 5 125 12 5 12 5 20 2 20 2 20 2 20 2 20 2 20 2 20 2 20 2 20 2 20 2 6 20 2 6 20 2 6 20 2 6 20 2 6 20 1 1/2 3/4 1/2 3/4 1/2 1 3/4 1/2 3/4 3/4 01.1 1 3/4 1 :3 40 40 40 40 5353 53 53 53 53 53 53 53 111 14 3 14 3 14 3 14 3 14 3 14 3 14 3 14 3 14 3 14 3 14 3 14 3 14 3 14 -75 45-75.45-75 45-75 =Ea 45-75 45-75 45-75 45-75 45-75 45-75 45-75 45-75 45-75 55 30 65 30 65 30 65 65 30 65 30 65 65 30 65 6- 0-3/8 6- 0-3/8 5- 5-5/8 3- 8-5/8 3- 8-5/8 3- 8-5/8 3-10-1/8 4- 6-1/8 4- 6-1/8 2- 0 2- 8 2 8 1- 1-1/4 1- 1-1/4 1- 1-1/4 0- 8-7/8 0- 8-7/8 0- 8-7/8 0- 1-3/8 0- 1-3/8 0---00 0- 1-3/80-10-1/2 0-10-1/2 1-10-5/8 2- 0-11/16 2- 0-11/16 4- 1 3-10 4- 1 '722" 672 672 672 672 768 768 768 768 768 951 951 951 951 951 '469" 437 437 437 437 499 499 499 499 499 618 618 618 618 618 "When Models 48GH024 or GH036 are installed for operation at minimum recommended filter areas when these units have been field-converted for rated heating input,recommended minimum air filter area is the smaller sq in operation at maximum rated heating input figure shown for each type of filter Larger figures shown are minimum HEATING PERFORMANCE INPUT 0.----... I MIN ApuE I MAX AFUE (' (7000 Stub) OUTPUT OUTPUT IAN I Min 114ax 11000 B1t43)t (%) (1000 Stub) ' aom �0 50 30 38 4., ," 40 50 30 35 60 75 45 57 40 50 30 38 60 75 45 57 +t 00 75 45 57 r 100 125 75 68.5 95 ' 70.4 60 75 45 57 w - 80 100100 0 5413 775 3d 5 100 125 75 95 E 100 125 75 95 120 150 90 715 1 Fuel Utilization Efficiency mum rating. Units may nor be derated below t11is 3 minimum and maximum A.G.A.- min/mum;rating eating input and are manufactured t8ased on U.S.Government Standard tests- ices for 'eating operation at mini- 6 Typical piping and wiring : . TO ..•77•••!7:'..:7.,...; ......'••::: :::, .......,,:h,....:':;::::... ........... ..:':....:,.:. ': .. . .. ........"....-......'...:.... ••••••":::' 7•e.'.:....."X'''''•;.:::...,'''':::.,:::::::: '......'.1.;.:...:,, :',. :::::•?....,:;]:?•,::::',..:':.,...,;'.....i.,.:::...........:: ... ; . • • I ' . : .. ''' ' ' ' '''..'''.. 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WI if . . , ...„I . • ,4,te,.., . 4.,,-;,444, 1 _ , DISCONNECT t • ,... .,,,4. • ••.• r _. .--.7..:------- .-- . , .4.4i1%.is„... ,` .'• 4r41 '' t 'MEM" PER NEC - — — --k, . = , "1.4(,,,- •. :'... ..l.--:4: .t'......1.,•,..-..:•,:,',..,•••• 11...-.. tompir I ertR:NO , , dk 111111111,111111111111 . . iNION14111ril .; 0 1 ••• • .. ...,... ..., .. . ..siMmitstif opiiv, - , • . .. .. .. ..... ...... . . ... „ ................. .. . _ ______ __ .. ....., ••:VISIBLE) ..... . 1 - . ...... . ......• •.......... . . . . .. ....... .. . .... • . .. . .... ... ... . ..... . ...„,. , i V-6* . . . . . . . .„ . .. .. , . . . .. . .. , . . ........ . „. .. •• . - _ . "..- • ••••••-• .•• •.•. •. . - ' ••••'.`Ni. :•.::::-..:::4:•=••••• -.'.....:•:........,,,,.:,..:.::-...-. ;:,:::::•-........... ,.. 111Ifki:;::.,,,,.?„,;•:"'"''''' ...•••••..,,,,--.....:::::::,.:::::::,..,-......-•:„...........• . ., .,.,.........,r:.7... .:...Y.;:',: ..1:.....::::',..... .....:.''''.:........:.' !;:,:::i....:,,'•:,::::::::,,....;.'..:,:;•:.,:. G GA PiPING1RING . . 111% ` .• ' '' ATE *----:'''•-'.';':...•':,:.*:***•'>'•:?,.*:: : j.j':.::.'•.:.:.•,.::::.:,•:'. .:::...l• • AIRFLOW , __ -.• coNDERSER .4.....,... . • . .... .•guides only.they are not intended... .. ..:„.,............'...:.............. .... . .' . miller--- AIRFLOw W and ductwork ,..,.....: i and.tiatkinei:codes. .. . . . in. __,.._. ,. i NOTES: 1- --1r1n9. must comply with•10Ca ,.._.. ty,flashed.at opening: watt- :........ . ..... ... .. 1 2. All wiring . tworkmpet•be'inSulated(!in?property 43: AlLocal outtedtf:rit ductwork distance from bwitlif%fl as- shown. . . . . . • • Typical system wiring .. . . . .. .. . .... . . .. . . ... . ...- - , PHASE '''4"rtj).' . ' ". '• ..- .SIPOSLE-Sl'AGE11F-A .••..:.: . . .' , . , . . . . . . . . , . . . . . . . . . . , . . . . . . . .. . . ' . t 1.,I . . . . ' ,,:' ,.. FIELD POWER WIRING '/ r • . . 'r r . . . r'....%..... .. •... ,:, ' ,. r. ' ' .,.. , ' : 3 PHASE , . 11. , . '• - ** 'ELD t;i,Y:.irpt.TA,SE •' • '' • . • ' 11 11 ' '' •. CONTROLW1RING.- .. . .. , . 1 • • . . .• •. . . . ....,r , .,. ., r `.r... .,. .. r,:,....,,. , • , .,.. ,,,,...,, . , , ,,,.. ' .,'•. •• ... . , . ' .,' .•,. , ' (...1 , • „ . • • •'•, , ......., .•.. ' .' ., ... t (:, . ... . .'. :... ...',..1'.;:see,.:Nvirirtg.': -••• . ••••• ' •'-• inat•::..••• • • . . .. ..,. . . . , . ....... . .• •••••• , .•,..• frIal component..... • • . - . . . , •',, :.-• .',-....' ....• '-. .•• ' 'field- upp!iiiid.9 .,. . .,., , ......• , •••'.....';'•t11/! ..r.,r/1--41'.• '•nation'..sgirt-.f..,:p',.. . . ' -.•.: . '''' •iirict.SersAO'4•111tP4P.t°".$. „T... : ...:, , ./.----'`\•• 0 , ,, .• . . . . . . . .• . . . ... . . .. . . . .. . „ . . ...... .. . - •• - .. . . .... ,. , . .. . . . . . ,. .. • . ... .. . . ,. . . . . .. ....• .. .. .. „...,. ..., , . . .•... , , . . . .. . , . ( 1111 • ' • .... . . . ... . . .•. .. . . , . . . . ... , .. ... . ... , . . . . „ .. . . , . . . .„. ,. .. . . .. . . . • . . . . .. . .. , . . . . . . . .. . .. .. ,. . . . . . , .. , .. ... . . . . .. . ... . , . •. . ..• . . ... . . . .. .. . . , , . .. . . .. .... • • . .. .„ .. . , . . „ .. . . . .. . . . .. „. .., . . . • • . • . , • • . .. .•. .• • .• .. .. .... .. ...... „... , ... ... . , . . . . . . • . . , • . , ,. ..... . .. .•. . , .•• .. , . . . . . . ., . . .„ .. . . . . 7 Performance data (cont) FAN PERFORMANCE - COOLING AND HEATING (Cfm)* EXTERNAL STATIC PRESSURE(in.wg) MODEL UNIT BLOWER 00 01 02 03 04 05 06 07 08 4$ ' VOLTS/ APPLICA- MOTOR SLS:: PHASE TION} -230 V 230 V 230 V 230 V 230 V 230 V 230 V 230 V 230 V (60-Hz) SPEED 208 V or 208 V or 208 V or 208 V or 208 V or 208 V or 208 V or 208 V or 208 V or 411110 ,,..,,,,-..,..,:, 460 V 460 V 460 V 460 V 460 V 460 V 460 V 460 V 460 V GLO18 Low Heat 735 805 700 765 660 725 615 675 565 625 520 565 — — — - -— " '208- Coot) 725 790 690 750 650 710 605 660 555 610 510 555 — — — :' 230/1 Heat) 790 870 750 825 705 780 660 736 610 686 555 630 — — — — — — High Cool 775 850 735 810 690 765 645 720 595 670 545 620 — — ' — — — - `4144 rHeat) 895 950 850 905 800 855 750 800 700 745 645 680 — — — — — — Low Cool 870 920 825 875 780 825 730 775 680 720 630 660 — — — — — — . 208- 230/1 Heat 980 1030 930 975 875 920 820 865 765 810 695 750 — — ' — — — — High Cool) 945 995 895 945 845 895 795. 840 740 790 680 735 — -- — --- -- — ))024'. Low Heat 960 1030 925 990 890 955 855 920 815 880 780 840 — — - - - 208- Cool) 935 1000 900 965 870 935 835 890 800 860 765 820 — — ,,, 230/1 Heat) 1126 1160 1075 1115 1030 1065 980 1015 930 966 880 915 — — — — — — High Cil 1085 1120 1040 1075 995 1030 950 980 900 935 855 885 — — — — — — 4030 Heat) 700 850 680 820 655 795 635 765 610 735 585 705 — — — — Low 3001'>' 208- Cool 690 835 670 810 650 785 630 755 605 725 580 695 — — — — — — ".3.10,.. 230/1 Heat 1325 1370 1270 1310 1210 1245 1150 1180 1090 1110 1020 1040 — — — — — — . .:. High . .. Cool) 1270 1310 1220 1250 1160 1190 1100 1125 1040 1055 970 985 --- -- — — — -- `6M030 Low C Heat) 1125 1175 1070 1115 1015 1050 955 985 900 925 840 855 — — — - -— "200!>:";> 208- Cool) 1095 1140 1035 1080 990 1025 940 965 885 905 825 840 — — — Gi':,0122;2':; 230/1 Heat 1225 1260 1165 1200 1105 1140 1040 1080 980 1020 915 955 — — — — — — High Cool 1190 1220 1135 1165 1075 1110 1015 1050 955 995 895 935 — — — — — ?••41.036: Heat) 950 1250 945 1205 940 1180 930 1110 915 1065 900 1015 — — — — — — Low 3001i.;, 208- Cool 945 1225 940 1180 935 1135 925 1090 910 1045 895 1000 — — — — — — .x470<:i; 230/1 Heat 1570 1610 1500 1540 1425 1470 1355 1400 1280 1330 1200 1255 — — — — — — High Cool) 1505 1540 1440 1480 1375 1420 1310 1350 1235 1285 1160 1215 — — — — — — Heat) 1165 1365 1150 1345 1140 1320 1125 1295 1100 1265 1075 1225 1040 1180 995 1120 930 1020 Low 500/ 208- Coal 1160 1350 1145 1330 1130 1305 1115 1275 1090 1245 1060 1205 1025 1155 980 1085 910 955 530 ' 230/3 Heat 1525 1620 1490 1580 1450 1540 1415 1495 1375 1450 1330 1405 1280 1355 1220 1300 1135 1230 High Cool) 1495 1580 1460 1540 1420 1500 1385 1460 1345 1415 1300 1370 1245 1315 1180 1255 1085 1175 Heat) — 1165 — 1150 — 1140 — 1125 — 1100 — 1075 — 1040 — 995 --- 1120 �/ Low Cool — 1160 — 1145 — 1130 — 1115 — 1090 — 1060 — 1025 — 980 — 1085 460/3 6.10.. Heat — 1525 — 1490 — 1450 — 1415 — 1375 — 1330 — 1280 — 1220 — 1300 High . Cool) — 1495 — 1460 — 1420 -... 1385 -- 1346 — 1300 — 1245 — 1180 — 1225 r 0Low Heat 1280 1510 1260 1480 1240 1445 1215 1400 1190 1340 1160 1275 — — — - - - ' ::300/' 208- Cool) 1270 1485 1250 1450 1225 1410 1200 1360 1175 1300 1145 1235 — — — 330 230/1 Heat) 1825 1905 1765 1845 1700 1775 1630 1700 1540 1590 1440 1450 — — — — — — High Cool 1760 1825 1695 1770 1625 1695 1550 1600 1465 1485 1350 1360 — — — — — — 1 Heat 1275 1505 1270 1490 1260 1470 1240 1445 1220 1415 1196 1375 1165 1330 1135 1280 1100 1230 Low Cool) 1270 1490 1260 1470 1250 1450 1230 1420 1205 1385 1180 1345 1150 1300 1110 1250 1085 1195 500t: 208- Heat 1625 1845 1605 1805 1575 1760 1540 1710 1500 1655 1455 1595 1400 1540 1350 1480 1295 1415 e:510:::: 230/3 Med Cool 1605 1800. 1575' 1755 1545 1705 1505 1655 1460 1600 1415 1540 1360 1485 1310 1425 1255 1360 Heat) 2035 2130 1980 2070 1920 2010 1855 1940 1785 1870 1715 1803 1645 1725 1570 1645 1495 1570 High Cool 1960 2045 1905 1985 1840 1925 1775 1860 1710 1790 1645 1720 1575 1650 1505 1575 1435 1500 '431042' Heat) 855 1035 845 1025 835 1010 820 995 795 975 760 950 — — — — — — Low Coal 850 1030 840 1020 830 1035 815 990 790 965 755 940 — — — — — — 390 208- — r — Heat 1700 1770 1635 1705 1566 1635 1495 1555 1425 1470 1355 1385 • — — — High Cool) 1635 1705 1570 1635 1505 1560 1440 1485 1375 1405 1305 1330 — — — — — — Heat) 970 1190 965 1180 980 1175 950 1160 935 1145 910 1120 880 1080 835 1020 780 940 Low: 206- Cool 965 1185 960 1175 955 1165 945 1150 930 1135 905 1105 870 1060 825 995 770 915 f: : 230/3 Heat 2040 2145 1980 2080 1915 2010 1850 1940 1785 1865 1715 1790 1640 1705 1550 1610 1450 1500 High Cool) 1960 2050 1900 1985 1840 •1920 1775 1850 1710 1780 1640 1700 1560 1615 1470 1515 1385 1410 :AMOR: Heat) 1410 1580 1385 1530 1355 1475 1315 1420 1255 1360 1175 1290 — — — — — — Low — 208- Cool 1390 1535 1365 1485 1330 1435 1280 1380 1215 1315 1120 1240 — — — — 230/1 Heat 1705 1770 1650 1710 1590 1646 1525 1576 1450 1500 1365 1416 — — — — — — High Cool) 1650 1705 1590 1645 1530 1580 1465 1515 1390 1435 1290 1340 — — — — — — Heat* 1405 1850 1400 1635 1395 1610 1385 1580 1365 1545 1335 1500 1295 1445 1240 1380 1175 1305 Low ,......460,:. 208- Cool 1400 1640 1395 1620 1385 1590 1370 1555 1345 1510 1310 1460 1260 1400 1210 1335 1145 1270 i 230/3 Heat 1725 1935 1710 1885 1685 1835 1655 1780 1615 1730 1565 1670 1505 1610 1440 1540 1370 1455 High Cool* 1705 1876 1685 1825 1656 1775 1616 1725 1570 1670 1516 1616 1465 1550 1390 1475 1320 1360 . ilk 8 FAN PERFORMANCE—COOLING AND HEATING (Cfm)*(cont) MODEL UNIT EXTERNAL STATIC PRESSURE(in wg) • 4$ VOLTS/ BLOWER APPLICA- 0 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 PHASE MOTOR _ _ SERIES SPEED TIONt 230 V 230 V 230 V 230 V 230 V 230 V 230 V 230 V 230 V 160-Hz) 208 V or 208 V" or 208 V or 208 V or 208 V or 208 V or 208 V or 208 V or 208 V or 460V 460V 460V 460V 460V 460V 460V 460V 460V ` GL048 Heatj 1111 1350 Ma 1340 1330 7310 7275 1190 Low a — — 300/ Cool 1345 1335 1320 El 1300 — 1250 e 7150 MIIIIIIIIII _ 370 2301 1 — Heat 1920 1770 1695 1620 1550 High — _ — Coolt — 1860 1790 1720 - 1645 — 1575 1505 -- — -- -- -- - Heat; 1150 1395 • 1395 1395 1150 1390 1150 1385 • 1370 1145 1355 1135 1330 1115 1300 Low Coot 1150 Liu • 1395 1150 1390 1150 1385 1150 1380 1145 1365 1140 1345 1130 1320 1110 1285 $00• 208- Med Heat 1805 2080 1800 2050 1785 2015 1760 1970 1735 1920 1700 1865 1665 1805 1625 1745 1585 1680 $10 230,3 Cool 1800 20_50 1790 2015 1770 _1970 1740 1925 1710 1870 1675 1815 1635 1755 1595 1700 1560 1640 _Heat 2200 2325 2275 2105 2220 2055 2160 2000 2095 1940 2030 1860 1965 1815 1895 1755 1825 High -d$ _ Co • 2260 • 2205 2055 2150 2000 2090 1940 2030 1880 1965 1825 1900 1765 1835 1705 1770 Heath 1500 1480 — 1450 — 1435 — 1410 — 1380 — 1350 — 1325 1290 Low — 600' 460;3 Cod 1490 1465 — 1445 — 1420 —_ 139 — 1365 — 1340 _ — 1310 —_ _1280 610 Heat 2040 1995 1950 1895 — 1835 1775 1710 — 1645 1555 High ® III _ 1996 1950 1900 1845 — —1790 1725 1665 1600 1535 GifOr18 Low Heat2 1790 � 1730 00 1600 — 1530 1450 — — — — — 300/ Cool �� 1685 1625 1555 — 1485 1400 — — — — 3:0 • 230.1IIII Heat 1975 19001820 1745 — 1665 1590 _ High _. — _ Cool( 1905MIN 1835 • 1760 El 1690 — 1615 ® 1545 — — — — Heat" 1440 1730 1435 1720 1425 1700 1675 1400 1645 1610 1565 • 1520 1305 1470 Low - _ — Cool 1435 1720 1430 1705 1420 1685 1410 1655 1395 1620 1375 1585. 1355 1540 1325 1490 1285 1440 500, 208- Heat'• 1755 1970 1740 1945 1725 1910 1700 1870 1665 1825 1625 1775 1580 1720 1525 1660 1470 1600 510 230/3 Med Coo l$ 1745 1945 1730 1915 1705 1875 1675 1835 1640 1785 1595 1730 1550 1675 1495 1620 1435 1560 Heat 1950 2175 1920 2130 1880 2085 1840 2030 1795 1970 1750 1905 1700 1840 1645 1765 1590 1695 High _ Cool 1920 2125 1885 2080 1845 2030 1805 1970 1760 1910 1710 1850 1660 1780 1610 1715 1555 1645 GLOW Low Heat; — 1585 — 1585 — 1580 — 1560 — 1530 — 1495 --- — ...... -- -- -".. 300, Cool — 1585 — 1585 — 1575 — 1550 — 1515 — 1475 -- — — — — 310 230/1 — Heat — 2375 — 2280 — 2185 — 2095 — 2000 — 1905 — High — — — Cool; — 2235 — 2150 -- 2075 — 1985 — 1905 — 1820 e. Heat•• 1265 1550 1265 1550 1265 1550 1265 1550 1265 1545 1265 1535 1260 1515 1250 1490 1240 1455 Low Cool 1265 1550 1265 1550 1265 1550 1265 1550 1265 1540 1265 1520 1255 1495 1245 1465 1230 1430 500/ 208- Med Heat•• 1535 1885 1535 1875 1535 1860 1535 1840 1535 1820 1530 1795 1520 1770 1510 1740 1495 1710 610 230/3 Cool 1535 1870 1535 1855 1535 1835 1535 1815 1530 1790 1525 1765 1515 1740 1500 1710 1485 1680 • Hem 2395 2615 2365 2560 2325 2500 2280 2430 2230 2360 2170 2285 2105 2210 2040 2136 1970 2066 High Cool; 2340 2505 2295 2440 2245 2375 2195 2310 2185 2240 2075 2170 2015 2100 1950 2025 1885 1950 Heatt -- 1640 -- 1630 — 1625 — 1615 — 1605 — 1590 — 1575 — 1555 1530 L.ow — 600, 460/3 Cool — 1635 — 1625 — 1615 — 1605 — 1590 — 1575 — 1560 — 1535 — 1505 610 Heat — 2380 — 2355 — 2320 — 2275 — 2220 — 2160 — 2095 — 2030 — 1950. High Cool — 2335 — 2290 — 2240 — 2185 - 2126 — 2066 — 2005 --- 1940 — 1875 GH060 Low Heat — 1880 — 1875 — 1860 — 1825 — 1770 — 1700 — — — — — — Cool — 1875 — 1855 — 1820 — 1765 — 1700 — 1625 — — — — — — ' 230/1 Med Healt — 2130 — 2075 — 2015 — 1955 — 1890 — 1810 — — — — 310 Cool — 2050 — 1995 — 1940 — 1875 — 1800 — 1705 — — — — — — Heat -- 2345 -- 2260 — 2180 — 2095 — 2010 — 1930 High --- - — — — — — Coolt — 2210 — 2135 — 2060 — 1985 — 1910 — 1835 — — — — — — ' Heat 1305 1580 1305 1560 1305 1"55 1305 1545 1305. 1530 1290 1505 1265 1475 1220 1440 1160 1395 Low _ Cool 1305 1560 ,1305 1555 1305 1545 1305 1530 1295 1510 1275 1485 1240 1450 1196 1410 1126 1365 $00- 208- Med Hearn " 1595 1915 1595 1915 1595 1910 1595 1895 1590 1870 1580 1845 1570 1810 1545 1775 1515 1740 510 230/3 Cool 1595 1915 1595 1905 1595 1890 1590 1870 1580 1840 1570 1810 1550 1775 1520 1735 1475 7700 High ' Heattt 2160 2430 2145 2385 2125 2340 2100 2295 2075 2245 2040 2195 1990 2135 1930 2070 — _ — — Coolt 2135 2350 2115 2305 2090 2260 2060 2215 2020 2160 1975 2105 1910 2035 1805 1935 — — 'Air delivery values for all sizes of Models 48GH/GL are without air filter A dash 1—)indicates portions of the table that are beyond the blower motor capability t Heating airflow values are with a dry coil Cooling airflow values are with a wet coil or that are not applicable 1.These airflow values are at the factory heating and coating blower motor speed setting NOTE:Do not operate the unit at a cooling airflow that is less than 350 cfm per each "The heating blower motor speed for these units is factory wired for low speed at 230-v 12,000 Btuh of cooling capacity Indoor coil icing may occur at airflows below this point operation For 208-v operation,the heating speed should be changed to medium See • unit wiring label ill he heating blower motor speed for this unit is factory wired for medium speed at 230-v ii operation For 208-v operation,the healing speed should be changed to high See unit wiring label . fa • • 9 A, NET COOLING CAPACITIES 1 48GL018 4 48G1030, 48GH030 Evap Air—Cfm Evap Air—Cfm Temp(F) 500 I 600 I 700 Temp(F) 900 1000 1100 Air Ent Air Ent Cond Evap Air—Ewb(F) Cond Evap Air— Ewb(F) 71 67 63 X71 67 63 71 67 63 71 67 63 71 67 63 71 67 63 TC 20 19 17 20 19 18 21 20 19 TC 32 30 28 33 31 29 33 31 29 85 SHC 10 13 15 11 14 16 11 14 17 85 SHC 17 21 25 18 22 26 18 23 28 Kw 21 , 21 21 22 22 21 22 2.2 22 Kw 33 32 32 34 33 32 34 34 3.3 TC 19 18 16 20 18 17 20 19 17 TC 31 28 25 31 29 26 31 29 26 95 SHC 10 12 14 11 13 15 11 14 17 95 SHC 17 21 23 17 22 25 18 23 26 Kw 23 22 22 23 23 23 24 24 2.3 Kw 3.5 35 34 36 3.5 35 3.7 3.6 3.5 TC 18 16 14 19 17 15 19 17 16 TC 28 25 22 29 26 23 29 26 24 105 SHC 10 12 13 11 13 15 11 14 16 105 SHC 16 19 22 17 20 23 17 21 24 Kw 24 24 24 25 25 24 26 25 25 Kw 38 37 36 38 37 37 39 38 37 TC 17 15 12 17 15 14 18 16 15 TC 26 22 19 26 22 21 26 23 21 115 SHC 9 11 12 10 12 14 11 13 15 115 SHC 15 18 19 16 19 21 16 20 21 Kw 26 25 25 27 26 26 27 27 26 Kw 40 39 38 40 39 39 41 40 40 2 48GL024 5 48GL036 Evap Air—Cfm Evap Air—Cfm Temp(F) 700 800 900 Temp(F) 1000 1200 1400 Air Ent Air Evap Air— Ewb(F) Cond Cond Evap Air— Ewb(F) " 71 67 63 71 67 63 71 67 63 711 67 63 71 67 63 71 67 63 TC 28 26 24 28 26 24 28 27 25 TC 39 36 34 39 37 35 39 38 35 85 SHC 15 18 21 15 19 22 16 20 23 85 SHC 20 25 29 21 27 32 22 29 34 Kw 29 29 28 30 29 29 30 30 29 Kw 41 40 39 42 41 40 43 42 42 TC 27 24 21 27 25 22 27 25 23 TC 37 34 30 38 35 31 38 36 33 95 SHC 14 17 19 15 18 21 16 19 22 95 SHC 20 24 27 21 26 30 22 28 33 Kw 31 30 29 32 31 30 32 31 31 Kw 44 43 42 45 44 43 46 45 44 IC 25 22 19 25 23 20 26 23 21 TC 35 31 27 35 32 28 35 33 30 105 SHC 14 16 18 14 17 20 15 19 21 105 SHC 19 23 26 20 25 28 21 27 30 Kw 33 32 31 33 32 32 34 33 33 Kw 46 45 44 48 46 46 49 48 47 TC 23 20 17 23 20 18 24 21 20 TC 32 28 24 32 28 26 33 29 27 115 SHC 13 15 17 14 16 18 15 18 20 115 SHC 18 21 24 19 24 26 21 26 27 Kw 34 33 33 35 34 34 36 35 34 Kw 49 48 47 50 49 48 5.2 5050 3 48GH 024 6 48G1-1036 Evap Air—Cfm Evap Air—Cfm Temp(F) 700 I 800 I 900 Temp(F) 1000 I 1200 ( 1400 Air Ent Air t Cond Evap Air—Ewb(F) CondEvap Air—Ewb(F) 71 67 63 71 67 63 71 67 63 71 67 63 71 67 63 71 67 63 TC 27 26 24 28 26 24 28 27 25 TC 39 36 33 39 37 35 39 38 35 85 SHC 14 18 20 15 19 22 16 20 23 85 SHC 20 25 29 21 27 32 22 29 34 Kw 29 28 27 29 29 28 30 29 29 Kw 41 40 39 42 41 40 43 42 41 TC 27 24 21 27 25 22 27 25 23 TC 37 34 30 37 35 31 38 35 33 95 SHC 14 17 19 15 18 21 16 19 22 95 SHC 20 24 27 21 26 30 22 28 32 Kw 31 30 2.9 31 30 30 32 31 30 Kw 44 43 41 45 44 43 46 45 44 TC 25 22 19 25 23 20 26 23 21 TC 34 31 27 35 32 28 35 32 30 105 SHC 14 16 18 14 17 20 15 18 21 105 SHC 19 23 26 20 25 28 22 27 30 Kw 32 31 31 33 32 31 33 33 32 Kw 46 45 44 48 46 45 49 48 47 TC 23 20 17 23 20 18 24 21 19 TC 32 27 24 32 28 26 33 29 27 115 SHC 13 15 17 14 16 18 15 18 19 115 SHC 18 21 24 19 24 26 21 26 27 Kw 34 33 32 34 34 33 35 34 34 Kw 49 48 47 50 49 48 51 50 50 10 1- Performance data (cont) NET COOLING CAPACITIES 7 48GL042, 48GH042 9 48GL060, 48GH060 Evap Air-Cfm Evap Air-Cfm Temp(F) 1200 I 1400 ( 1600 Temp(F) 1400 I 1600 I 1800 Air Ent Cond Evap Air- Ewb(F) Air Ent Gond Evap Air-Ewb(F) 71 67 63 71 67 63 71 67 63 71 67 63 71 67 63 71 67 63 TC 44 42 39 44 43 40 45 43 41 TC 66 63 58 67 63 59 67 64 60 85 SHC 23 29 34 24 30 36 25 32 38 85 SHC 35 43 51 36 45 53 37 47 56 Kw 46 45 44 47 46 45 48 47 47 Kw 75 73 72 76 74 73 7.7 76 75 TC 43 40 35 44 41 37 44 42 38 TC 64 59 54 64 60 55 64 61 56 95 SHC 23 28 32 24 30 35 25 32 37 95 SHC 34 42 49 36 44 51 36 46 54 Kw 49 48 47 51 50 49 52 51 50 Kw 80 77 75 81 79 77 82 80 78 TC 41 35 30 42 36 32 42 38 34 TC 60 54 48 60 55 49 60 56 50 105 SHC 22 26 29 24 28 32 25 31 34 105 SHC 33 40 46 34 42 48 35 44 50 Kw 53 51 50 54 53 52 55 54 53 Kw 84 81 79 85 82 81 86 84 8.2 TC 36 30 26 37 31 29 38 32 31 TC 55 49 43 55 49 44 57 50 45 115 SHC 21 24 26 22 26 29 24 29 31 115 SHC 31 38 43 33 40 44 34 42 45 Kw 56 55 54 57 56 55 59 57 56 Kw 87 84 83 88 86 8.5 90 87 86 8 48GL048, 48GH048 Evap Air-Cfm Temp(F) 1400 I 1600 I 1800 Air Ent Cond Evap Air- Ewb(F) 71 67 63 71 67 63 71 67 63 TC 52 49 46 53 50 47 53 51 48 85 SHC 28 34 40 29 36 43 30 38 45 Kw 53 52 51 54 53 52 55 55 54 TC 50 47 41 51 47 42 51 48 44 95 SHC 27 33 38 28 35 41 30 37 43 Kw 57 56 54 58 57 56 59 58 57 TC 47 41 36 48 42 38 48 43 40 105 SHC 26 31 35 28 33 38 29 36 40 Kw 60 59 58 62 60 59 63 61 60 TC 42 36 31 43 36 33 43 37 35 115 SHC 24 29 31 26 31 33 27 33 35 Kw 64 62 61 65 63 63 66 65 64 1 Electrical data (60-Hz) UNiT OPERATING COMPRESSOR IFM OFM MODEL SERIES VOLTS-PHASE VOLTAGE* FU MCA 48 Min Max RLA LRA FLA FLA G1018 300 208/230-1 197 253 9.4 48.2 1.0 1.0 20 13.8 01024 300 208/230-1 197 253 13.3 61.0 1.7 1.0 30 19.4 GH024 300 208/230-1 197 253 13.3 61.0 3.0 1.0 30 20.7 GL030 300/310 208/230-1 197 253 15.4 72.0 3.1 1.0 35 23.4 GH030 300/310 208/230-1 197 2p 15.4 72.0 2.9 1.0 35 23.2 300/310 208/230-1 197 263 20 2 93 0 3 8 1 0 45 30 0 • GL036 500/510 208/230-3 187 253 12 9 87 0 4 7 1 0 35 21.9 600/610 460-3 414 506 6.6 37.0 1.9 0.6 15 10.8 04036 300/310 208/230-1 ' 197 253 20 2 93 0 3 8 0 8 45 29 8 500/510 208/230-3 187 253 12.9 87.0 5.6 1.0 35 22.8 GL042 300 208/230-1 197 253 21 5 95 4 4.1 0 8 50 31 8 500 208/230-3 187 253 15.3 82.0 5.6 1.0 40 25.8 GHt?42 300 208/230-1 197 253 21 5 95 4 3 9 0 8 50 31 6 500 208/230-3 187 253 15.3 82.0 5.0 1.0 40 25.2 300/310 230-1 207 253 23 9 115 0 4 5 1 9 60 36 3 GL04$ 500/510 208/230-3 187 253 16 6 95 0 7 8 2 2 45 30 8 600/610 460-3 414 506 7.2 47.0 3.3 1.2 20 13.5 300/310 230-1 207 253 23 9 115 0 3 7 1 9 60 35 5 GH048 500/510 208/230-3 187 253 16.6 95.0 5.8 2.2 45 28.8 300/310 230-1 207 253 35 3 165 0 6 2 1 9 60 52 3 G1060 500/510 208/230-3 187 253 20 6 136 0 7 6 2 2 50 35 6 600/610 460-3 414 506 10.4 62.0 3.7 1.2 25 17.9 GH060 300/310 230/1 207 253 35 3 165 0 6 5 1 9 60 52 6 500/510 208/230-3 187 253 20 6 136 0 6 6 2 2 50 34 6 FLA - Full Load Amps MCA - Minimum Circuit Ampacity FU - Maximum Dual Element Fuse Size OFM - Outdoor Fan Motor(amps at 208-v, 1-ph) IFM - Indoor Fan Motor RLA - Rated Load Amps LRA - Locked Rotor Amps *Voltage limits between which the units will operate satisfactorily 11 Guide specifications Unit shall be of the single-package type combination Fans and motors — The indoor air fan shall be of the air-to-air cooling with gas heat and shall be mounted on a forward-curved centrifugal type (directly driven by a (slab) (full perimeter roof curb). Unit shall be A.G.A.certi- multiple speed hp motor). fled, ARI rated. The outdoor air fan shall be of the propeller type, Total cooling capacity of the unit shall be Btuh or powered by a direct drive motor,and discharging upward. greater, and sensible capacity shall be Btuh or Controls — Cooling section shall be protected by: Time greater at conditions of: cfm evaporator air entering Guard II and compressor motor overloads.Heating section unit at F wet-bulb, F dry-bulb;and condenser shall have controls consisting of a redundant gas valve to entering air temperature of F dry-bulb.The ARI net achieve 100%pilot shutoff when there is no call for heat as total capacity shall be Btuh or greater with kw well as the standard gas valve for controlling the main or less and an SEER of or greater. burner,intermittent spark ignition system,and limit switch. Rated capacity of the system shall be Btuh or Heat exchanger shall be of the sectionalized design and greater with gas input of Btuh. constructed of heavy-gage steel. Burners shall be of the Unit cabinet shall be constructed of galvanized steel, slotted port type, constructed of aluminized steel. bonderized and coated with baked enamel. Dimensions — The unit casing shall not be more than Compressor — The unit shall contain a welded, fully in. wide, in. long and in. high. hermetic compressor with suitable vibration isolators and Accessories shall include: (thermostat Assembly), (LP shall have a 5-year warranty. Compressor shall have a Gas Conversion Kit), (Low-Ambient Temperature Kit), temperature actuated crankcase heater. (High Heat Input Orifices). Coils shall be constructed of aluminum plate fins mechanically bonded to copper tubes. N_rater One Alf Ooncitio rang Maier 4 Carrier Carrier er Ce mPoraewn Carrier Parkway•Syracuse N V 13221 Manufacturer reserves the right to discontinue,or change at any time,specifications or designs without notice and without incurring obligations. Book 1 4 Form 48GH,GL-1 P New Printed in U.S.A 4-81 PC 101 Catalog No 524-819 Tab 1a la